La present tesi exposa una investigació amb l'objectiu de dissenyar un protocol de intervenció per a promoure la esportivitat i el fai play en futbolistes cadets de Mallorca, revisats els principals estudis que situen l'objecte d'estudi en la promoció de la esportivitat mitjançant intervención es planteja una intervenció bassada en l'assessorament a entrenadors, jugadors i pares de jugadors de futbol cadets, els instruments utilitzats son el SVQ, per mesurar valors, el EAF per mesurar actituds i el IOFF per mesurar comportaments.Els principals resultats de la investigació son que la intervenció dissenyada ha estat efectiva per a millorar les comportaments relacionats amb el fairplay, no així per les actituds i consegueix que els valors es considerin com a més importants.La principla conclusió és que l'esport en edat escolar és un contexte obert que la seva connotació educativa depen de la intencionalitat de l'acció i de que sence una intervenció específica per a millorar la esportivitat aquesta millora no es produeix per si mateixa. / This Thesis presents an investigation with the objective of designing a educational intervention for promoting sportpersonship amogn young soccer players in Mallorca, once reviewed the principla investigations in interventions to promote sportpersonship amd fairplay there is the design of an intervention in coaches, players and their parents. The investigation tools were SVQ for measuring values, EAF for measuring attitudes and IOFF for measuring behaviours. Main results show that the intervention was positive among the behaviours, nor for the attitudes and the values are measured as more importants. The main conclusion show that sport in young ages is an open context and the educational value of the sport depens on the intention of the action and without an specific intervention to promote sportpersonship there are no evident results.

The aim of the dissertation is to prepare a business plan for the company called Vodoplast, situated in Zábřeh, which wants to open its retail store of plumbing materials and sanitary equipment at any time. The dissertation should become an important source of information leading to successful realization.

LLM / Department of Mercantile Law

<p dir="ltr">Non-native biological invasions are one of the leading concerns for global biodiversity. The establishment of invasive species reduces local biodiversity, shifts species composition, changes successional trajectories, and alters ecosystem functions. This thesis examines two aspects of invasive plants: (1) the distribution and the most important climatic and anthropogenic drivers of invasive trees across the eastern United States, and (2) an evaluation of invasive plant removal and herbaceous recovery from a government cost-share program that provides financial support for invasive plant management by private landowners.</p><p><br></p><p dir="ltr">Our first study focused on identifying the distribution of invasive trees, and the factors associated with their distribution. This is essential to predicting spread and planning subsequent management. Using USDA Forest Inventory Analysis (FIA) data and random forest modeling, we examined the distribution, and variables associated with the distribution, of invasive tree species. Invasive trees were found in 10,511 out of 299,387 FIA plots. Invasive species basal area and density (trees per ha; TPH) were highest within the central and southern Appalachian Mountains, Michigan, the Northeast, and the southern Coastal Plain of the United States. A random forest model of invasive species basal area (R²= 0.47, RMSE = 0.47) and density (R²=0.46, RMSE=0.50) vs. environmental variables found that both invasive basal area and density were most strongly associated with human footprint, followed by various climatic variables. An equivalent model of native tree basal (R²=0.53, RMSE=9.25) and TPH (R²=0.47, RMSE=8.64) found that native tree basal area and density were most strongly associated with aridity followed by various climatic variables. As human footprint increased, invasive tree basal area and density increased. These results suggest that the distribution of invasive trees is reliant on human alterations to forests.</p><p><br></p><p dir="ltr">Our second study focused on Environmental Quality Incentives Program (EQIP), a federal cost-share program that has provided $25 billion of financial assistance to farmers and non-industrial private forest owners. Few studies have examined whether this program facilitates the recovery of the herbaceous layer while decreasing the dominance of invasive plant species. We surveyed the herbaceous layer of EQIP-treated and untreated (reference) forests across three physiographic regions of Indiana. Using non-metric multidimensional scaling (NMDS) ordination and linear mixed effects models, we evaluated the species composition, richness, diversity, evenness, floristic quality index, and herbaceous-layer cover of EQIP and reference sites. We also used linear mixed models to evaluate how EQIP site treatment affected the diversity of native plant species. Sites treated with EQIP contracts typically had significantly higher native species richness, Shannon’s diversity, and floristic quality than reference sites. There were significant separations in species composition between EQIP treated and reference forests state-wide and in the southern non-glaciated region of Indiana, although composition overlapped between EQIP and reference forests. Our study suggests that EQIP-funded treatments promote increased species richness and diversity. However, the persistent overlap in species composition we observed may signify biotic homogenization due to a long-shared history of anthropogenic disturbances between EQIP and reference sites. Therefore, active restoration of the herbaceous layer might be needed to allow a full recovery after invasive removal.</p>

This master´s project deals with design of an office building nearly zero energy standard. My master´s project consists of three parts. In the first one I work on technical design of the office building. It is a three-storey building with partial basement. Vertical load-bearing system is partially made from monolithic concrete walls and partially from clay blocks walls. The horizontal load-bearing structures are made of monolithic concrete slab. All roofs are designed as flat roofs. In second part I design all technical equipment in this building. In the last part I compare three types of roof, photovoltaic power plants and evaluate their environmental impact. First type of PV power plant is made by monocrystalline solar cell, second one by polycrystalline solar cell and last one by monocrystalline solar cell with battery system. Environmental impact of these systems is evaluated in Open LCA software. All structures comply with the valid standards and regulations.